The theory of long-range Josephson current through a single-crystal ferromagnet nanowire the proposed theoretical model, the
long-range proximity effect observed in the Co single-crystalline nanowire
The theory of long-range Josephson current through a single-crystal ferromagnet nanowire the proposed theoretical model, the
long-range proximity effect observed in the Co single-crystalline nanowire
Spin screening and inverse proximity effect in F/S nanostructures magnetic moment embedded in the superconducting film is screened in aggregate by the
long-range Exchange model of proximity effect for F/S nanostructuresWe propose the exchange model of
proximity effect in the ferromagnetic insulator
Superconducting triplet proximity and Josephson spin valves effect superconducting spin valves. Applied to Josephson junctions’ physics, a robust
long-range pairing
Spin screening and inverse proximity effect in F/S nanostructures magnetic moment embedded in the superconducting film is screened in aggregate by the
long-range Exchange model of proximity effect for F/S nanostructuresWe propose the exchange model of
proximity effect in the ferromagnetic insulator
Proximity effects in superconducting triplet spin-valve F2/F1/S trilayers (Fi is a ferromagnetic metal and S is a singlet superconductor), where the
long-range triplet
Conductance spectroscopy inferromagnet–superconductor hybridsWe present a theoretical model for the
proximity effect in F–SFF–F structures (where F is a